Richard S. Ward facts for kids
Quick facts for kids
Richard Samuel Ward
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Born | 6 September 1951 |
Education |
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Known for | Ward construction Ward's conjecture Penrose–Ward correspondence Penrose–Ward transform |
Awards | Whitehead Prize (1989) Fellow of the Royal Society (2005) |
Scientific career | |
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Institutions | University of Durham |
Doctoral advisor | Roger Penrose |
Doctoral students | Paul Sutcliffe |
Richard Samuel Ward is a British mathematical physicist. He was born on September 6, 1951. He is a professor at the University of Durham. There, he teaches about mathematical and theoretical particle physics. He is also a Fellow of the Royal Society, which is a very respected group of scientists.
Contents
Discoveries in Physics
Richard Ward earned his Ph.D. from the University of Oxford in 1977. His teacher was the famous scientist Roger Penrose. Ward is well-known for expanding on Penrose's twistor theory. This theory helps describe how space and time work.
Understanding Instantons
Ward used his ideas to explain something called instantons. He worked with another scientist, Michael Atiyah, on this. Instantons are special kinds of energy bundles in physics. They helped scientists understand how tiny particles behave.
Exploring Solitons and Monopoles
Ward also studies monopoles and solitons. Monopoles are like single magnetic poles, unlike regular magnets with two poles. Solitons are waves that keep their shape as they travel. He also looks at skyrmions, which are similar to solitons.
Awards and Recognition
Richard Ward has received important awards for his work. These awards show how much his research has helped science.
Whitehead Prize
In 1989, Ward was given the Whitehead Prize. This award recognized his important contributions to mathematical physics. It is a major honor for mathematicians in the UK.
Fellow of the Royal Society
In 2005, he became a Fellow of the Royal Society of London. This is one of the oldest and most respected scientific groups. Being a Fellow means he is recognized as a leading scientist. His election recognized his "pioneering and elegant research."
Key Contributions
Ward's work helped connect different areas of physics. He showed how many integrable equations are related. These equations describe systems that can be solved exactly. His research also helped advance string theory and quantum Yang-Mills theory.